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Sustainable mega city communities /
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Oxford ; Cambridge, MA :
Butterworth-Heinemann,
[2021]
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover
- Sustainable Mega City Communities
- Copyright
- Contents
- Contributors
- Section 1
- Introduction
- Section 2
- Public policy- the international perspective: overview
- 1
- Government: plans, goals, and strategies to be smart and healthy communities
- Getting started
- Air transportation: an example of trust in action
- Trust defined
- Ten levers of trust enablement
- Putting it all together: the smart city trust framework
- International policies that create programs
- How smart districts can drive urban innovation
- Introduction
- The basics of consumption-based greenhouse gas emissions
- Key CBEI insights
- 2
- The economics of sustainable development
- A "whole systems" approach to cost/benefit analysis and value creation
- Sustainable system versus linear approach
- Sustainable development costs more: perception versus perspective
- Terramor Village by Rancho Mission Viejo/DMB, Ladera Ranch, California
- Carsten Crossings by the Grupe Company, Whitney Ranch, California
- Shea Homes, Scripps Highlands, San Diego, California
- Examples of whole systems thinking with integrated solutions
- Life cycle assessment tools
- Eco-efficiencies and eco-effectiveness
- Quantifying the green premium
- Realizing the sustainability premium
- Putting it all together
- Financial wave in sustainability
- Regulatory and legislative wave in sustainability
- The push pull of regulation versus innovation
- References
- 3
- Systems integrated mass transit to walking paths
- 4
- Better security and protection for people and ecological systems: integrated approaches for decoupling urban gr ...
- Overview
- Need for reversing drivers of urban emissions in megacities
- Benchmarked levels of sustainability performances of megacities
- Achieving decoupling through renewable energy penetration
- References.
- 5
- Future needs from the SMC plans
- looking at Jiaxing, China: 40 years' development from numbers
- Case 1
- Body parts
- Case 2
- Body parts
- Case 3
- Body parts
- Case 4
- Body parts
- Local government partnerships for innovation: the case of Logan, Australia
- City studios Logan partnering with universities and high schools
- INNOV8 Logan-Logan City, Australia has a virtual innovation hub
- Council's internal collaborative network: a new mindset for staff
- What's next
- China
- The Greater Bay Area Hong Kong development plan
- Key development areas
- Introduction
- Chinese cities need a change
- The introduction of smart green city
- Urban layout
- Public service
- Environment monitoring
- Green space and building
- Energy-related policy and planning
- Garbage classification and sewage treatment
- The method to measure the efficiency of urban planning
- Introduction of Data Envelopment Analysis model
- Sample cities selection
- Indicators selection
- The statistics resources
- DEA result analysis
- The comparison of technical efficiencies between Beijing and Singapore
- Applied model: DEA-CCR-TE
- The comparison of pure technical efficiency between Beijing and Singapore
- Applied model: DEA-BCC-PTE
- The comparison of scale efficiencies between Beijing and Singapore
- Applied model: DEA-BCC-SE
- Conclusion
- The prospect of smart green city in China
- Smart green agglomeration
- The driving force from advanced Mobile Internet industry
- The incentive from the political achievement evaluation system
- Further reading
- 6
- Future needs from the Smart Mega City (SMC) plans-smart green city-the case of Istanbul
- Overview
- Smart city
- Smart green city
- Istanbul green smart city projects
- Istanbul: not only smart but also a creative city
- Conclusion
- References.
- Section 3
- Economic options:back to the future:in China, the future is now
- 7
- Finance, economics, and energy: SMC green development
- Outline placeholder
- Introduction
- Conclusion
- References
- bksec2_1
- Policy challenges
- Cities taking the lead
- Tackling energy issues with collaborative cohorts
- Further reading
- 8
- Circular economy: the next economics
- Overview
- Introduction
- Electric cars today: then all solar-powered cars is the next economics
- Why economics needs to be circular
- Circular economics
- The circular economy
- Technical and biological cycles
- Origins of the circular economy
- The new economic paradigm: circular economics
- Circular economy: from theory into practice
- The European Union enacted circular economy
- Circular economies in action
- Product and process design
- Circular economy and waste management strategies
- Standards for secondary raw materials
- European funds for innovation and skills development
- Simplify to innovate
- The European Union has already changed
- The "Circular Economy" in Europe
- Case from EU: Italy
- Conclusion
- 9
- Planning for more sustainable development
- Overview
- Why are mega cities developing sustainable plans?
- Baselining and benchmarking
- Baselining
- Benchmark
- Outreach and engagement
- Drafting and implementation
- Case studies
- City of Milwaukee
- Implementation
- City of Los Angeles
- Implementation
- Adopt the pLAn
- 10
- Global and international policies: UN Paris Accord UN G19 and G20
- Background
- Predictions
- Initiatives that cannot be measured if not started
- There will be many more interdepartmental smart city RFIs and RFPs
- Public-private partnerships will diversify and engage the long tail of SMBs
- Cities and vendors will lead with the needs of citizens.
- Innovation will go deeper in cities, beyond smart city groups and into all departments
- There will be pushback on smart cities conferences from vendors and cities
- Artificial Intelligence (AI) will prevail, making actionable the treasure trove of data cities have available
- "Off the shelf" solutions will cater to small and midsize cities
- Cities and vendors will be more accountable for privacy than ever before
- 2019 will be the year of replicable, scalable smart city innovations
- Section 4
- Globalism and regionalism: overview
- 11
- Improving interconnectivity with multimodal transportation
- Overview
- Multimodal transportation
- Local transportation
- First/last mile solutions
- Regional connectivity
- Smart cards and mobile apps
- Case Studies
- New Orleans
- City of Los Angeles
- 12
- Leading historical cities
- Overview
- Case in point: Yuneshima island in resort Osaka city
- Overview
- References
- 13
- Tokyo sustainable megacity: robust governance to maximize synergies
- Introduction
- Tokyo metropolitan government
- Good governance versus virtue signaling
- Good governance to manage multiple challenges
- TMG in comparative perspective
- The drivers for megacity sustainability
- Adaptation and mitigation synergies
- The global challenge
- Integrated resilience and the Japanese megacity paradigm
- Section 5
- Conclusion
- 14
- USA yesterday, today, and next-the near future
- Background
- Research results with 18 published books
- Case from Asia: China
- The circular economy opportunity for urban and industrial innovation in China
- Matter of priorities
- References
- Index
- Back Cover.